JP2003108601A - Efficient hierarchical retrieval system and method by sub-window multi-frame - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve such a problem that any wasteful data which are unnecessary for the narrow-down retrieval of data are simultaneously transferred since it is difficult to change only a part of data to be narrowed-down in the page of a WEB, and it is necessary to perform the rewriting processing of pictures including all the items of the page. SOLUTION: This sub-window calling function 11 displays a sub-window 2, and in the sub-window, data selecting parts A21, B22, and C23 and a data returning function 24 are divided by a multi-frame, and the data selecting parts A, B, and C read and select data from a data base 3 under an arbitrary condition, and the selected data are used as a retrieval condition for reading the data from the data base, and the data returning function sets the data selected in the sub-window at a retrieval data setting part 12 of the main window 1 being the origin of calling. Thus, it is possible to realize the hierarchical retrieval of data.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an efficient stepwise search system and method using sub-windows and multi-frames. In particular, in a WEB page, sub-windows divided by multi-frames are called from a main window to form a hierarchical structure. BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to an efficient stepwise search system and method using multi-frame sub-windows.

[0002]

2. Description of the Related Art Conventionally, when there is a plurality of input items on one page of a WEB, and when inputting a value while stepwise narrowing down data having a hierarchical structure to a certain input item and searching for it, There is a problem with the conventional implementation method.

The conventional implementation methods and problems are listed below. As one of the methods of narrowing down data stepwise and searching, there is a method of communicating with a database on the server side and sequentially acquiring data.

One page of the screen of the target system includes not only an input item for narrowing down data, but also other input items (totally different from the data to be narrowed down).

Normally, all the input items on one page of the WEB are transmitted when communicating with the server. Therefore, in this method, the input items other than the input items to be searched by narrowing down the data stepwise are searched. Data will also be sent to the server.

Therefore, in the WEB page, it is difficult to change only a part for narrowing down the data, and it is usually necessary to rewrite the screen including all the items of the page. In this case, since data that is not necessary for performing the data narrowing search was also transferred at the same time, there was a waste of data transfer.

[0007] As another method of narrowing down data stepwise and searching, there is a method realized by holding all the data to be searched stepwise in advance in a non-display state in the page.

In this case, since the data from the database is held in the page in a non-display state in advance, there is a time difference from the latest data in the database, so that it cannot be acquired in real time. Then, as the number of data having a hierarchical structure increases, the data held in the page increases.

[0009]

The first problem with the above-described conventional search system and method is that the method of communicating with a database on the server side and sequentially acquiring data is as follows. It is difficult to change only a part of the data that is narrowed down, and because it is necessary to rewrite the screen including all the items on the page, data that is not necessary for the data narrowing search was also transferred at the same time. There was a waste of data transfer.

The reason is that the input items on one page of the WEB are all transmitted when communicating with the server, so that the data of the input items other than the input items to be searched by narrowing down the data stepwise are also included. This is because it will be sent to the server.

The second problem is that the method realized by holding all the data to be searched stepwise in advance in a hidden state in the page is the time difference between the previously held data and the latest data in the database. Therefore, it is impossible to obtain in real time, and as the number of data having a hierarchical structure increases, the data held in the page increases.

The reason is that the data from the database is held in the page in a non-display state in advance.

An object of the present invention is a method of communicating with a database on the server side and sequentially acquiring data, in which only the part to be searched by narrowing down the data stepwise is set as another window (subwindow), and the server side It is an object of the present invention to provide an efficient stepwise search system and method by subwindow-multiframe in which the amount of data communication with the server side is minimized by performing the communication only in the separate window.

[0014]

A subwindow-multiframe efficient stepwise search system of the first invention calls a subwindow divided by a multiframe from a main window in a web page, and has a hierarchical structure in the subwindow. And a means for returning the retrieved data stepwise to the main window.

The sub-window-multi-frame efficient stepwise search system of the second invention is such that the sub-window calling function displays the sub-window, and the sub-window is divided into a plurality of data selection parts and each of the data returning functions is divided into multi-frames. The data selection part reads data from the database under any condition and selects it, and the data selected in the upper layer data selection part except the data selection part which is the final frame of the multiframe is the search condition for reading data from the database. Then, the lower level stepwise search is performed, and the data return function sets the data selected in the subwindow in the search data setting portion of the main window which is the calling source.

A subwindow-multiframe efficient staged retrieval system of the third invention stores a main window which is a subwindow calling source, a subwindow divided by multiframes for performing staged retrieval, and data. It contains a database, the main window has a data selection button with a sub window calling function and a text field that is a search data setting part, and the sub window has a selection list that is a data selection part, a selection button that has a data return function, and a cancel button. , The sub-window is divided into multi-frames in each step, and the database is
Stores search data, calls subwindows divided by multiframes from the main window, and searches for hierarchical data in stages.

A subwindow-multiframe efficient staged retrieval system of the fourth invention stores a main window which is a subwindow calling source, a subwindow divided by multiframes for performing staged retrieval, and data. It contains a database, the main window has a data selection button with a subwindow calling function and a text field that is a search data setting part, and the subwindow has a dropdown list that is a data selection part, a selection button with a data return function, and a cancel. With buttons, sub-windows are divided into multi-frames in stages, the database stores search data, and sub-windows divided into multi-frames are called from the main window to create a hierarchical structure. A stepwise manner to search the data are.

A subwindow-multiframe efficient staged retrieval system of the fifth invention stores a main window which is a subwindow calling source, a subwindow divided by multiframes for performing staged retrieval, and data. It includes a database, the main window has a data selection button with a sub window calling function and a text field that is a search data setting part, and the sub window has a list box that is a data selection part, a selection button with a data return function, and a cancel button. Each sub-window is divided into multi-frames in stages, the database stores search data, and the sub-windows divided by multi-frames are called from the main window to form a hierarchical structure. Yl data stepwise search.

A sub-window-multiframe efficient staged retrieval system of the sixth invention stores a main window which is a subwindow calling source, a subwindow divided by multiframes for performing staged retrieval, and data. It includes a database, the main window has a data selection button with a sub-window calling function, and a text field that is the search data setting part, and the sub-window is a data selection part.
Equipped with a select button and a cancel button with a data return function, each sub-window is divided by stages in multi-frames, and the database stores search data, and the main window calls sub-windows divided by multi-frames to create a hierarchical structure. Search for the data that is marked step by step.

The subwindow-multiframe efficient stepwise search system of the seventh invention stores a main window which is a subwindow calling source, a subwindow divided by multiframes for performing stepwise search, and data. It contains a database, the main window has a data selection button with a sub-window calling function, and a text field that is the search data setting part, and the sub-window is a data selection part. It has a select button and a cancel button with a return function, each sub-window is divided into multi-frames at each stage, and the database stores search data and sub-windows divided from the main window by multi-frames. Call the window, stepwise search data has a hierarchical structure.

The sub window of the eighth aspect of the present invention is an efficient multi-frame stepwise search method, in which the data selection button of the main window is pressed to call the sub window. When the data list is set to the selection list of the highest hierarchy and search data is selected in the selection list of the highest hierarchy, the data corresponding to the conditions of the search data selected from the database, with the selected search data as the condition. When the list is set in the selection list of the next hierarchy and the search data is selected in the selection list of the next hierarchy, the search data selected from the database is used as the condition for the search data selected from the database. The data list to be set is set in the selection list of the lower hierarchy, and When the search data is selected in the selection list of the lower hierarchy, the data list corresponding to the condition of the search data that is main selected from the database is selected as the condition of the main selected search data. All the data selected in the selection list of each layer by setting the list, searching the layers one after another, selecting the search data in the selection list of the last layer, and pressing the select button, Alternatively, set some values in the text field that is the search data setting part of the main window, close the sub window, and press the Cancel button to set the value of the selected data to the text field that is the search data setting part of the main window. Closes the subwindow without setting a value.

The sub window of the ninth aspect of the present invention is an efficient multi-frame stepwise search method, in which the data selection button of the main window is pressed to call the sub window. When the data list is set in the drop-down list of the highest hierarchy and the search data is selected in the drop-down list of the highest hierarchy, it corresponds to the condition of the search data selected from the database with the selected search data as the condition. The list of data to be set is set in the drop-down list of the next level, and when the search data is selected in the drop-down list of the next level, the search data that is actually selected from the database is selected based on the search data that is selected. The data list corresponding to the conditions of When the search data is set in the drop-down list of the hierarchy of this level, and the search data is selected in the drop-down list of the level of the book lower than this level, the search data condition selected from the database is used as the condition for the search data selected. The data list corresponding to is set in the drop-down list of the lower hierarchy, the hierarchy is searched one after another, select the search data in the drop-down list of the last hierarchy, and press the select button. You can select all or some of the data selected from the drop-down list of each level by setting a value in the text field that is the search data setting part of the main window, closing the sub window, and pressing the cancel button. In the search data setting part of the main window, Do not set a value in the text field, close the sub-window.

The subwindow of the tenth aspect of the invention is an efficient stepwise search method using multiframe, in which the data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data of the highest hierarchy from the database is displayed. When the list is set in the top-level list box and search data is selected in the top-level list box, the data list corresponding to the search data conditions selected from the database is selected based on the selected search data. Is set in the list box of the next hierarchy, and when the search data is selected in the list box of the next hierarchy, the search data selected from the database is used as the condition for the search data selected from the database. The data list is displayed in the list box of the lower hierarchy. If the search data is selected in the list box in the hierarchy lower than the book, the data list corresponding to the condition of the search data selected from the database will be displayed in the lower list. It is set in the list box of each hierarchy, and the hierarchy is searched step by step, the search data is selected in the list box of the last hierarchy, and the selection button is pressed to display the list box of each hierarchy. Set some or all of the selected data in the text field that is the search data setting part of the main window, close the sub window, and press the cancel button to set the value of the selected data to the search data setting of the main window. Do not set a value in the text field that is part of the subwindow Close.

The sub-window of the eleventh aspect of the present invention is an efficient stepwise search method using multi-frames. The data selection button of the main window is pressed to call the sub-window. When the list is set to the selection list of the highest hierarchy and multiple search data are selected in the selection list of the highest hierarchy, the multiple search data selected from the database are selected based on the multiple selected search data. When a list of data corresponding to the conditions is set in the selection list of the next tier and multiple search data are selected in the selection list of the next tier, the book is retrieved from the database using the selected multiple search data as conditions. The data list corresponding to the conditions of the selected multiple search data If multiple search data are selected in the selection list of the hierarchy lower than this book, and multiple search data are selected in the selection list of the hierarchy below this book, the multiple search data that are actually selected from the database will be selected based on the multiple search data that were finally selected. The data list corresponding to the condition of is set in the selection list of the lower hierarchy, the hierarchy is searched step by step, and multiple search data are selected in the selection list of the last hierarchy, and the select button is clicked. By pressing the button, set all or some of the data selected in the selection list of each level in the text field that is the search data setting part of the main window, close the sub window, and press the cancel button. Set the value of the selected data in the text field that is the search data setting part of the main window A no, close the sub-window.

The subwindow of the twelfth aspect of the invention is an efficient stepwise search method using multiframe, in which the data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data of the highest hierarchy from the database is When the list is set in the top-level list box and multiple search data items are selected in the top-level list box, multiple search data items selected from the database are selected based on the selected multiple search data items. When the list of data corresponding to the conditions is set in the list box of the next hierarchy and multiple search data are selected in the list box of the next hierarchy, the book is retrieved from the database using the selected multiple search data as conditions. Data that corresponds to the conditions of the selected multiple search data Is set in the list box of the hierarchy in the lower level, and when multiple search data are selected in the list box of the level in the lower level of the book, the main selection is made from the database based on the multiple selected search data. A list of data corresponding to the conditions of multiple search data is set in the list box of the lower hierarchy, and the hierarchy is searched one after another, and multiple search data is selected in the list box of the last hierarchy. Then, press the select button to set all or some of the data selected in the list box of each level in the text field that is the search data setting part of the main window, close the sub window, and click the cancel button. The value of the data selected by pressing is displayed in the search data setting section of the main window. Do not set a value in the text field is, to close the sub-window.

In the program of the thirteenth invention, the data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is changed from the database to the selection list of the highest hierarchy. When the search data is set in the selection list of the highest hierarchy, the data list corresponding to the conditions of the search data selected from the database is set in the selection list of the next hierarchy, with the selected search data as the condition. Then, when search data is selected in the selection list of the next hierarchical level, the data list corresponding to the condition of the search data that is main selected from the database is displayed in the lower hierarchical level, using the search data that is main selected as a condition. This is set in the selection list, and the search data is set in the selection list in the lower hierarchy of the book. When is selected, the data list corresponding to the condition of the search data that is main-selected from the database is set in the selection list of the lower hierarchy, using the search data that is main-selection as a condition Search, select the search data in the selection list of the last hierarchy, and press the select button to display all or some of the data selected in the selection list of each hierarchy in the search data setting part of the main window. Set a value in a text field, close the subwindow,
By pressing the cancel button, the value of the selected data is not set in the text field which is the search data setting portion of the main window, and the computer is caused to execute the process of closing the sub window.

In the program of the fourteenth invention, the data selection button of the main window is pressed to call the subwindow. When the subwindow is called, at the same time, the data list of the highest hierarchy from the database is the dropdown list of the highest hierarchy. Is set to and the search data is selected in the drop-down list of the highest hierarchy, the data list corresponding to the search data conditions selected from the database will be dropped down in the next hierarchy when the search data selected is used as the condition. When the search data is set in the list and the search data is selected from the drop-down list in the next hierarchy, the data list corresponding to the condition of the search data selected from the database will be further down Is set in the drop-down list of the column hierarchy, When search data is selected in the drop-down list of the hierarchy in the lower hierarchy, the data list corresponding to the condition of the search data that is main-selected from the database is displayed in Is set in the drop-down list,
Search the hierarchy step by step, select the search data in the drop-down list of the last hierarchy, and press the select button to select all or some of the data selected in the drop-down list of each hierarchy. Set the value in the text field that is the search data setting part of the main window, close the sub window, and press the cancel button to set the value of the selected data in the text field that is the search data setting part of the main window Instead, let the computer perform the process of closing the subwindow.

In the program of the fifteenth invention, the data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest layer from the database is displayed in the list box of the highest layer. When the search data is set in the top-level list box that has been set, a data list corresponding to the search data conditions selected from the database is set in the next-level list box, with the selected search data as the condition. Then, when search data is selected in the list box of the next level of hierarchy, the data list corresponding to the conditions of the search data that is main selected from the database is displayed in the lower level hierarchy, using the search data that is main selected as a condition. This is set in the list box, and the list of the hierarchy in the lower row of the book. When the search data is selected in the search box, the data list corresponding to the condition of the search data that is main-selected from the database is set in the list box of the hierarchy at the lower level, using the search data that is main-selection as the condition. Step by step, select the search data in the list box of the last hierarchy and press the select button to search all or some of the data selected in the list box of each hierarchy in the main window Set the value in the text field that is the data setting part, close the sub window, and press the Cancel button to set the value of the selected data to the sub window without setting the value in the text field that is the search data setting part of the main window. Causes the computer to execute the closing process.

In the program of the sixteenth invention, the data selection button of the main window is pressed to call the subwindow. When the subwindow is called, the data list of the highest hierarchy is changed from the database to the selection list of the highest hierarchy. When multiple search data are set in the selection list of the highest hierarchy that has been set, the data list corresponding to the conditions of the multiple search data selected from the database will be displayed in the next stage with the multiple search data selected as conditions. If multiple search data are selected in the hierarchy selection list and selected in the next hierarchy selection list, the criteria for the multiple search data selected from the database will be used as the conditions for the multiple search data that were permanently selected. The corresponding data list is set in the selection list of the lower hierarchy, and When multiple search data are selected in the selection list of the hierarchy of, the data list corresponding to the conditions of the multiple search data that is main-selected from the database is the lower-level hierarchy when the multiple search data that are main-selected are the conditions. It is set in the selection list of each stage, and the hierarchy is searched step by step, and multiple search data are selected in the selection list of the last layer, and the selection button is pressed to select in the selection list of each layer. Set a value for all or some of the selected data in the text field that is the search data setting part of the main window, close the sub window, and press the cancel button to set the selected data value in the search data setting part of the main window. Compute the process of closing a subwindow without setting a value in a text field. To be executed by the data.

In the program of the seventeenth invention, the data selection button of the main window is pressed to call the subwindow. When the subwindow is called, the data list of the highest hierarchy is displayed in the list box of the highest hierarchy from the database. When multiple search data are selected in the list box of the highest hierarchy that has been set, the data list corresponding to the multiple search data conditions selected from the database will be displayed in the next row, using the multiple search data selected as conditions. If multiple search data are selected in the list box of the next level that is set in the hierarchy list box, the multiple search data selected from the database will be used as the conditions for the multiple search data selected from the database. The corresponding data list is set in the list box in the lower hierarchy Is, selecting a plurality of search data in the list box of the further lower stage hierarchy,
A list of data corresponding to the conditions of the multiple selected search data from the database is set in the list box of the lower hierarchy, using the multiple selected search data as conditions, and the hierarchy is gradually stepped up. Search, select multiple search data in the list box of the last layer, and press the select button to set all or some of the data selected in the list box of each layer in the main window. Set the value in the text field that is the part, close the sub-window,
By pressing the cancel button, the value of the selected data is not set in the text field which is the search data setting portion of the main window, and the computer is caused to execute the process of closing the sub window.

[0031]

BEST MODE FOR CARRYING OUT THE INVENTION According to the present invention, in a WEB page, a sub-window divided by a multi-frame from a main window is called, and a stepwise search is made for hierarchical data in the sub-window. Equipped with a means to return the retrieved data to the main window, enabling efficient data retrieval.

By implementing only the stepwise search part of the data in the sub-window, unnecessary data transfer is eliminated as compared with the conventional method.

Further, by dividing the sub-window into multi-frames, it is possible to perform the stepwise search by the minimum necessary data transfer.

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a functional block diagram showing an embodiment of an efficient stepwise search system and method by subwindow-multiframe of the present invention.

Referring to FIG. 1, the subwindow calling function 11 displays the subwindow 2.

The sub window 2 is a data selection portion A2.
Each of 1, B22, C23, and the data return function 24 is divided by a multiframe.

The data selection portions A21, B22, C23 can read and select data from the database 3 under arbitrary conditions.

The data selected in the data selection portions A21 and B22 can be used as a search condition for reading data from the database 3.

Since the data selection portion C23 corresponds to the final frame of the multi-frame and does not perform a stepwise search lower than this, it is not used as a search condition for reading data from the database 3.

The data return function 24 sets the data selected in the sub window 2 in the search data setting portion 12 of the main window 1 which is the calling source.

As described above, the stepwise search by the subwindow-multiframe can be performed.

Next, the first embodiment of the present invention will be described in detail with reference to FIG.

FIG. 2 illustrates a first subwindow-multiframe efficient stepwise retrieval system and method of the present invention.
It is a block diagram which shows one embodiment of.

FIG. 2 shows an embodiment in which FIG. 1 is configured as a concrete system. The code numbers of the blocks in FIG. 2 correspond to the code numbers of the blocks in the functional configuration diagram of FIG.

Referring to FIG. 2, according to the first embodiment of the present invention, a main window 1 which is a calling source of a subwindow 2, a subwindow 2 divided by multiframes for performing a stepwise search, and data are stored. Database 3 to be included.

The main window 1 is provided with a data selection button 11 having a sub-window calling function and a text field 12 which is a search data setting portion.

The sub-window 2 is provided with drop-down lists A21, B22, C23 which are data selection parts, a selection button having a data return function, and a cancel button 24.

The sub-window 2 is divided into multi-frames at each stage.

The database 3 stores search data.

Next, the operation of the embodiment of the present invention will be described in detail with reference to FIGS. 2, 3 and 4.

FIG. 3 is a structural diagram showing hierarchical data of an efficient stepwise search system and method by subwindow-multiframe according to the present invention.

FIG. 4 is a block diagram showing a result image at the time of data selection of an efficient stepwise search system and method by the subwindow-multiframe of the present invention.

Data having a hierarchical structure as shown in FIG. 3 is searched step by step. The main window 1 has many input items, one of which is a text field 12 which is a search data setting portion. To set a value in this search data setting portion, the data selection 11 button is pressed to call the sub window 2.

At the same time when the sub window 2 is called, a data list of local names is set in the drop-down list A21 from the database 3. When the Kanto region is selected in the drop-down list A21, a data list of prefecture names of the Kanto region is set in the drop-down list B22 from the database 3 under the condition of the Kanto region.

When Tokyo is selected in the drop-down list B22, the database 3
From, the data list of municipalities in Tokyo is set in the drop-down list C23. Drop-down list C2
In 3, select Hachioji City. When the select button 24 is pressed, all or some of the data selected from the drop-down lists A21, B22, C23 are set in the text field 12 which is the search data setting portion of the main window 1, and the sub window 2 is closed.

When the cancel button 24 is pressed, the value of the selected data is not set in the text field 12 which is the search data setting portion of the main window 1,
Close sub window 2.

Next, a second embodiment of the present invention will be described in detail with reference to FIG.

FIG. 5 shows a second subwindow-multiframe efficient stepwise retrieval system and method of the present invention.
It is a block diagram which shows one embodiment of.

Referring to FIG. 5, in the second embodiment of the present invention, the sub window 2 has a drop-down list A2.
1, B22, C23, not list box A21,
The difference is that B22 and C23 are used.

In the first embodiment shown in FIG. 2, it is impossible to simultaneously select a plurality of data selection parts of the subwindow 2, but the list boxes A21, B22, C are selected.
If 23 is used, a plurality of selections can be made. This allows
It is possible to set a plurality of conditions for performing a stepwise search at the same time.

[0062]

As described above, the first effect of the sub-window-multi-frame efficient stepwise search system and method of the present invention is to perform an efficient step for hierarchical data. It is possible to perform a dynamic search.

The reason is that it is possible to eliminate unnecessary data transfer by implementing only the stepwise search part of the data in the sub-window, and further, by dividing the sub-window into multi-frames, the minimum required. This is because the data transfer of

[Brief description of drawings]

FIG. 1 is a functional configuration diagram showing an embodiment of an efficient stepwise search system and method using a subwindow-multiframe according to the present invention.

FIG. 2 is a configuration diagram showing a first embodiment of an efficient stepwise search system and method using subwindow-multiframe according to the present invention.

FIG. 3 is a structural diagram showing hierarchical data of a sub-window-multiframe efficient stepwise search system and method of the present invention.

FIG. 4 is a configuration diagram showing a result image at the time of data selection of an efficient stepwise search system and method using subwindows and multiframes of the present invention.

FIG. 5 is a block diagram showing a second preferred embodiment of an efficient stepwise search system and method by subwindow-multiframe according to the present invention.

[Explanation of symbols]

1 main window 2 sub window 3 database 11 sub window call function, data selection button 12 search data setting part, text field 21 data selection part A, drop down list A,
List box A 22 Data selection portion B, drop-down list B,
List box B 23 Data selection portion C, drop-down list C,
List box C 24 Data return function, selection button, cancel button

Claims (17)

[Claims] 1. On a WEB page, a sub-window divided by a multi-frame is called from the main window, and means for stepwise searching for data having a hierarchical structure in the sub-window, and the stepwise searched data are searched for in the main window. Sub-window-Efficient stepwise search system by multi-frames, characterized in that it is provided with means for returning. 2. The sub-window call function displays a sub-window, the sub-window is divided into a plurality of data selection parts and the data return function, and the data selection part reads data from a database according to an arbitrary condition and selects it. However, the data selected in the data selection part of the upper layer excluding the data selection part corresponding to the final frame of the multi-frame is used as the search condition for reading the data from the database, the lower level stepwise search is performed, and the data return function is selected in the sub window. A sub-window-an efficient stepwise search system using multi-frames, in which the specified data is set in the search data setting part of the main window which is the calling source. 3. A main window which is a sub-window calling source, a sub-window divided by multi-frames for performing a stepwise search, and a database for storing data. The main window has a data selection button having a sub-window calling function. , A text field that is a search data setting part, a sub window has a selection list that is a data selection part, a selection button having a data return function, and a cancel button. Is a subwindow characterized by storing search data, calling subwindows divided by a multiframe from the main window, and gradually searching hierarchical data. An efficient step-by-step search system. 4. A main window which is a sub-window calling source, a sub-window divided by multi-frames for performing a stepwise search, and a database for storing data. The main window includes a data selection button having a sub-window calling function. , A text field that is a search data setting part, a sub-window is a drop-down list that is a data selection part,
Equipped with a select button and a cancel button with a data return function, each sub-window is divided by stages in multi-frames, and the database stores search data, and the main window calls sub-windows divided by multi-frames to create a hierarchical structure. Efficient stepwise search system by sub-window-multi-frame, which is characterized by stepwise searching for the data that has become. 5. A main window that is a subwindow calling source, a subwindow divided by multiframes for performing a stepwise search, and a database that stores data. The main window includes a data selection button having a subwindow calling function. , Equipped with a text field that is the search data setting part, the sub-window is equipped with a list box that is a data selection part, a selection button with a data return function, and a cancel button,
Each sub-window is divided into multi-frames in each stage, and the database stores search data, and calls sub-windows divided in multi-frames from the main window to retrieve hierarchical data in stages. Characteristic Sub-window-Efficient stepwise search system with multi-frame. 6. A main window which is a sub-window calling source, a sub-window divided by multi-frames for performing a stepwise search, and a database for storing data. The main window has a data selection button having a sub-window calling function. The sub-window is equipped with a text field that is the search data setting part, and the sub-window is a data selection part that has a selection list configured to select multiple data at the same time, a selection button with a data return function, and a cancel button. Each is divided by multi-frame, and the database stores search data, calls sub-windows divided by multi-frame from the main window, and searches the hierarchically structured data step by step. Window-an efficient step-by-step search system with multiple frames. 7. A main window which is a sub-window calling source, a sub-window divided by multi-frames for performing a stepwise search, and a database for storing data, and the main window includes a data selection button having a sub-window calling function. , The sub-window is equipped with a text field that is the search data setting part, and the sub-window is a data selection part that has a list box configured to select multiple data at the same time, a select button with a data return function, and a cancel button. Each is divided by multi-frame, and the database stores search data, calls the sub-window divided by multi-frame from the main window, and searches the hierarchical data step by step. Sub-window-an efficient step-by-step search system with multiple frames. 8. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the selection list of the highest hierarchy,
When you select the search data in the selection list of the highest hierarchy, the data list corresponding to the conditions of the search data selected from the database is set in the selection list of the next hierarchy, with the selected search data as the condition, When search data is selected in the selection list of the next level, the data list corresponding to the conditions of the search data that is actually selected from the database becomes the selection list of the next lower level, using the search data that is actually selected as the condition. When the search data is set in the selection list of the hierarchy lower than the book, the data list corresponding to the condition of the search data finally selected from the database is selected as the condition for the search data selected in the hierarchy. It is set in the selection list of the hierarchy, and the hierarchy is searched step by step, and the search is performed in the selection list of the last hierarchy. Select the data and press the select button to set all or some of the data selected in the selection list of each level in the text field, which is the search data setting part of the main window, and open the sub window. Sub-window characterized by closing the sub-window without setting the value of the selected data by pressing the close and cancel buttons in the text field which is the search data setting part of the main window-Efficient step by multi-frame Search method. 9. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the dropdown list of the highest hierarchy, When the search data is selected in the drop-down list of the hierarchy of, the data list corresponding to the condition of the search data selected from the database is set in the drop-down list of the next hierarchy, using the selected search data as the condition. When search data is selected in the drop-down list of the next layer, the data list corresponding to the condition of the search data that is actually selected from the database will be displayed in the drop-down list of the next lower layer, using the search data that was actually selected as the condition. This is set in the list, and there is a drop-down of the hierarchy of the book When you select search data in the drop-down list, the data list corresponding to the search data condition that is main-selected from the database is set in the drop-down list in the lower hierarchy, using the search data that is main-selected as a condition. Search the hierarchy step by step, select the search data in the drop-down list of the last hierarchy, and press the select button to display all or some of the data selected in the drop-down list of each hierarchy. Set the value in the text field that is the search data setting part of the window, close the sub window, and press the cancel button to set the value of the selected data in the text field that is the search data setting part of the main window. , Characterized by closing the sub-window That subwindow - Efficient stepwise search method by the multi-frame. 10. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the list box of the highest hierarchy, When search data is selected in the hierarchical list box, the selected search data is used as a condition.
A list of data corresponding to the search data conditions selected from the database is set in the list box of the next level, and when the search data is selected in the list box of the next level, the search data selected is the condition ,
The list of data corresponding to the conditions of the search data that is actually selected from the database is set in the list box of the hierarchy in the lower level, and the search data is selected in the list box in the level of the lower level of the book. Using the search data as a condition, the data list corresponding to the condition of the search data that was actually selected from the database is set in the list box of the lower hierarchy, and the hierarchy is searched step by step, and the last hierarchy is searched. Select the search data in the list box and press the select button to select all the data selected in the list box of each level,
Alternatively, set some values in the text field that is the search data setting part of the main window, close the sub window, and press the Cancel button to set the value of the selected data to the text field that is the search data setting part of the main window. Without setting a value
Sub-window characterized by closing sub-window-Efficient stepwise search method by multi-frame. 11. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the selection list of the highest hierarchy, When multiple search data are selected in the hierarchy selection list, the data list corresponding to the multiple search data conditions selected from the database is set in the next hierarchy selection list based on the selected multiple search data. Then, when multiple search data are selected in the selection list of the next hierarchy, the data list corresponding to the multiple search data conditions selected from the database will be further selected with the multiple selected search data as conditions. This is set in the selection list of the hierarchy of the lower level, and the selection list of the hierarchy of the lower level of the book When multiple search data are selected by using the selected multiple search data, the data list corresponding to the multiple search data conditions selected from the database is set in the selection list in the lower hierarchy, using the multiple selected search data as conditions. All the data selected in the selection list of each layer or by selecting multiple search data in the selection list of the last layer and pressing the select button Set some values in the text field that is the search data setting part of the main window, close the sub window, and press the Cancel button to set the values of the selected data to the text field that is the search data setting part of the main window. Subwindow-multipath, characterized by closing the subwindow without setting Efficient step-by-step search method by over-time. 12. The data selection button of the main window is pressed to call the subwindow. When the subwindow is called, the data list of the highest hierarchy is set from the database to the list box of the highest hierarchy, When multiple search data are selected in the hierarchical list box, the data list corresponding to the multiple search data conditions selected from the database is set in the next hierarchical list box, using the selected multiple search data as conditions. Then, when you select multiple search data in the list box of the next hierarchy, the data list corresponding to the multiple search data conditions selected from the database will be further displayed with the multiple selected search data as conditions. It is set in the list box of the hierarchy of the lower level, and the floor of the lower level of the book. When multiple search data items are selected in the layer list box, the data list corresponding to the multiple search data conditions that are actually selected from the database will be displayed in the lower-level hierarchy, using the multiple search data items that were fully selected as conditions. It is set in the list box, and the hierarchy is searched step by step, multiple search data are selected in the list box of the last hierarchy, and the selection button is pressed to select in the list box of each hierarchy. Set all or some of the data in the text field that is the search data setting part of the main window,
Close the sub window and click the Cancel button to close the sub window without setting the value of the selected data in the text field that is the search data setting part of the main window. Simple step-by-step search method. 13. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the selection list of the highest hierarchy, When the search data is selected in the hierarchy selection list, the data list corresponding to the conditions of the search data selected from the database is set in the selection list of the next hierarchy, using the selected search data as the condition. When search data is selected in the hierarchy selection list, the data list corresponding to the conditions of the search data main selected from the database is set in the selection list of the lower hierarchy, using the search data main selection as a condition, Book If you select search data in the selection list of the hierarchy below it, the book will be selected. The data list corresponding to the condition of the search data selected from the database is set in the selection list of the lower hierarchy, and the hierarchy is searched step by step, and the last hierarchy is searched. Select the search data in the selection list of, and press the select button to set all or some of the data selected in the selection list of each level in the text field that is the search data setting part of the main window. Then, the program that causes the computer to execute the process of closing the subwindow without setting the value of the selected data by closing the subwindow and pressing the cancel button in the text field that is the search data setting part of the main window. 14. The data selection button of the main window is pressed to call the subwindow. When the subwindow is called, the data list of the highest hierarchy is set from the database to the dropdown list of the highest hierarchy, When the search data is selected in the drop-down list of the hierarchy of, the data list corresponding to the condition of the search data selected from the database is set in the drop-down list of the next hierarchy, using the selected search data as the condition. When search data is selected in the drop-down list of the next layer, the data list corresponding to the condition of the search data that is actually selected from the database will be displayed in the drop-down list of the next lower layer, using the search data that was actually selected as the condition. It is set in the list, and the books in the hierarchy below this book are When search data is selected in the drop-down list, the data list corresponding to the condition of the search data that is main-selected from the database is set in the drop-down list of the lower hierarchy, using the search data that is main-selection as the condition. Search the hierarchy step by step, select the search data in the drop-down list of the last hierarchy, and press the select button to select all or some of the data selected in the drop-down list of each hierarchy. Set the value in the text field that is the search data setting part of the main window, close the sub window, and press the cancel button to set the value of the selected data in the text field that is the search data setting part of the main window Do not close the subwindow closing process. Program to be executed by the Yuta. 15. The data selection button of the main window is pressed to call the subwindow. When the subwindow is called, the data list of the highest hierarchy is set from the database to the list box of the highest hierarchy, When search data is selected in the hierarchical list box, the selected search data is used as a condition.
A list of data corresponding to the search data conditions selected from the database is set in the list box of the next level, and when the search data is selected in the list box of the next level, the search data selected is the condition ,
The list of data corresponding to the conditions of the search data that is actually selected from the database is set in the list box of the hierarchy in the lower level, and the search data is selected in the list box in the level of the lower level of the book. Using the search data as a condition, the data list corresponding to the condition of the search data that was actually selected from the database is set in the list box of the lower hierarchy, and the hierarchy is searched step by step, and the last hierarchy is searched. Select the search data in the list box and press the select button to select all the data selected in the list box of each level,
Alternatively, set some values in the text field that is the search data setting part of the main window, close the sub window, and press the Cancel button to set the value of the selected data to the text field that is the search data setting part of the main window. Without setting a value
A program that causes a computer to execute the process of closing a subwindow. 16. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the selection list of the highest hierarchy. When multiple search data are selected in the hierarchy selection list, the data list corresponding to the multiple search data conditions selected from the database is set in the next hierarchy selection list based on the selected multiple search data. Then, when multiple search data are selected in the selection list of the next hierarchy, the data list corresponding to the multiple search data conditions selected from the database will be further selected with the multiple selected search data as conditions. This is set in the selection list of the hierarchy of the lower level, and the selection list of the hierarchy of the lower level of the book When multiple search data are selected by using the selected multiple search data as a condition, the data list corresponding to the multiple search data conditions selected from the database is set in the selection list of the lower hierarchy. All of the data selected in the selection list of each layer or by selecting multiple search data in the selection list of the last layer and pressing the select button, or Set some values in the text field that is the search data setting part of the main window, close the sub window, and press the Cancel button to set the values of the selected data to the text field that is the search data setting part of the main window. To configure the computer to perform the process of closing the subwindow without setting Lamb. 17. The data selection button of the main window is pressed to call the subwindow, and at the same time when the subwindow is called, the data list of the highest hierarchy is set from the database to the list box of the highest hierarchy, When multiple search data are selected in the hierarchical list box, the data list corresponding to the multiple search data conditions selected from the database is set in the next hierarchical list box, using the selected multiple search data as conditions. Then, when you select multiple search data in the list box of the next hierarchy, the data list corresponding to the multiple search data conditions selected from the database will be further displayed with the multiple selected search data as conditions. It is set in the list box of the hierarchy of the lower level, and the floor of the lower level of the book. When multiple search data items are selected in the layer list box, the data list corresponding to the multiple search data conditions that are actually selected from the database will be displayed in the lower-level hierarchy, using the multiple search data items that were fully selected as conditions. It is set in the list box, and the hierarchy is searched step by step, multiple search data are selected in the list box of the last hierarchy, and the selection button is pressed to select in the list box of each hierarchy. Set all or some of the data in the text field that is the search data setting part of the main window,
A program that causes the computer to execute the process of closing the subwindow without closing the subwindow and setting the value of the selected data by pressing the cancel button in the text field that is the search data setting part of the main window.